Mile Marker 28 Spring, Portland, Oregon  5/5 (2)

43 people follow this spring.
Directions:

Description:

fountain & faucet, seems well kept

Nearest Address

Portland, Oregon, 97219

Directions from Nearest Address

From Portland, 42 miles west on Hwy 26 towards the coast, near mile marker 28. Blue signs saying, “Drinking Water”. Fountains and faucets on both sides of the road within hundreds of feet of one another. If coming from Portland, first of two sources will be located on the right side of the road. First of two sources on the right if you are coming from the coast as well. I read a chat mentioning that the water was tested and it was some of the best they have seen. I have yet to test it my self so don’t take my word for it. As soon as I can afford the equipment I will test and update the entry. My personal body test, tells me it tastes and feels great.

Vital Information

  • Fee: No Fee
  • Access: Public
  • Flow: Continuous
  • TDS: 50
  • Temp: 8.5ºC, 46.8ºF
  • pH: N/A

Hours Spring is Open:

Always

GPS:

45º47’18″N, 123º26’46″W

Map Link: Mile Marker 28 Spring

Submitted by: Dirk Minton, Brian Van Peski

Responses

  1. Very excited to head to this Spring this weekend!! Went to the one in Wilsonville last weekend but it was dried up. Hopefully this Spring is still golden!!

  2. I’ve been getting water here for several months now & so glad to find some information about it! I’m wondering if anyone has had it tested for Lithium content. I know Lithia Springs in Ashland has Lithium in their water as well as Bagby hotsprings. I was hoping to find a closer source to where I live.

  3. Moved up to this area from northern CA and was worried I wouldn’t have good raw water within a fairly easy distance.  Glad I found this site and this spring is great.  Easy access, quick flowing and the water tastes great.
    ~E

  4. I have been enjoying this water for many years but I know no history of it. Does anyone know the history of the fountains? When were they opened? Who founded them? Do they have a name?  

    1. They were made during the great depression era by the civilian conservation corps, the group organized by president Roosevelt who also happened to build Timberline lodge. They simply tapped into the already existing spring running through a clay deposit and made the two fountains.

  5. We bought a full report on the water quality at this spring – tested at a reputable lab. I hope the tables align okay, after my cut and paste… Results are as follows (MCL is Maximum Contaminant Level as designated by USEPA):

    __________________________________________________________________
    Parameter MCL(mg/L) Result(mg/L)
    __________________________________________________________________

    Total Coliform Bacteria <1/100ml (absent) 0/100ml (absent)
    E. Coli Bacteria <1/100ml (absent) 0/100ml (absent)
    Iron 0.30 <0.03
    Manganese 0.05 <0.01
    Lead 0.010 <0.001
    Mercury 0.002 <0.0002
    Sodium 50.0 4.60
    Arsenic 0.010 = greater than < = less than
    mg/L = ppm (parts per million)

    Remarks:

    All parameters tested meet the requirements established by the USEPA for potable water.

    Note: Actual pH measurement may be slightly lower or higher than result reported
    due to transit time of sample

    Note: Report is intended to be used for informational purposes only and should not
    be used for regulatory and/or legal purposes.

    Report Date: November 15, 2010

    Analysis: Pesticides/PCB’s

    Parameter/Method EPA 505 MDL (ug/L) Result (ug/L)
    ________________________________________________________________________
    PCB 1262 0.190 nd
    PCB 1260 0.160 nd
    PCB 1254 0.110 nd
    PCB 1248 0.089 nd
    PCB 1242 0.140 nd
    PCB 1232 0.170 nd
    PCB 1221 0.790 nd
    PCB 1061 0.050 nd
    a-BHC 0.001 nd
    b-BHC 0.001 nd
    g-BHC 0.001 nd
    alachlor 0.160 nd
    aldrin 0.002 nd
    atrazine 0.260 nd
    dieldrin 0.008 nd
    endrin 0.027 nd
    heptachlor 0.001 nd
    heptachlor epox 0.002 nd
    hexachlorobenzene 0.001 nd
    hexachlorocyclopentadiene 0.006 nd
    lindane 0.001 nd
    methoxychlor 0.310 nd
    simazine 0.870 nd
    c-nonachlor 0.009 nd
    t-nonachlor 0.007 nd
    DDD 0.210 nd
    DDT 0.170 nd
    DDE 0.130 nd
    endosulfan I 0.180 nd
    endosulfan II 0.210 nd
    endrinaldehyde 0.170 nd
    endosulfan sulfate 0.260 nd
    chlordane 0.100 nd
    toxaphene 0.780 nd
    ________________________________________________________________________
    MCL = Maximum Contaminant Level MDL = Minimum Detection Level
    nd = none detected ug/L = ppb (parts per billion) * – Closest Match

    Report Date: November 15, 2010

    Analysis: Volatile Organic Compounds

    Parameter/Method MCL MDL Result
    VOC/EPA 524.2 (ug/L) (ug/L) (ug/L)
    ______________________________________________________________________
    Acetone 0.500 nd
    Acrylontrile 0.500 nd
    Allyl Chloride 0.500 nd
    2-Butanone 0.500 nd
    Carbon Disulfide 0.500 nd
    Chloroacetontrile 0.500 nd
    Trans-1,2-Dichloroethene 0.500 nd
    1,1-Dichloropropanone 0.500 nd
    Diethylether 0.500 nd
    Ethyl Methacrylate 0.500 nd
    Hexachloroethane 0.500 nd
    2-Hexanone 0.500 nd
    Methacrylonitrile 0.500 nd
    Methylacrylate 0.500 nd
    Methyliodide 0.500 nd
    Methylmethacrylate 0.500 nd
    4-Methyl-2-Pentanone 0.500 nd
    Nitrobenzene 0.500 nd
    2-Nitropropane 0.500 nd
    Pentachloroethane 0.500 nd
    Propionitrile 0.500 nd
    1-Chlorobutane 0.500 nd
    Dichloroflouromethane 0.500 nd
    Chloromethane 0.500 nd
    Vinyl Chloride 2 0.500 nd
    Bromomethane 0.500 nd
    Chloroethane 0.500 nd
    Trichlorofluoromethane 0.500 nd
    __________________________________________________________________

    Page 3-1

    Parameter/Method MCL MDL Result
    VOC/EPA 524.2 (ug/L) (ug/L) (ug/L)
    ______________________________________________________________________

    1,1 Dichloroethene 2 0.500 nd
    Methylene Chloride 3 0.500 2.55ppb
    trans-1,2-Dichloroethene 100 0.500 nd
    1,1 Dichloroethane 50 0.500 nd
    2,2 Dichloropropane 0.500 nd
    cis-1,2 Dichloroethene 70 0.500 nd
    Chloroform 0.500 nd
    Bromochloromethane 0.500 nd
    1,1,1 Trichloroethane 30 0.500 nd
    1,1 Dichloropropene 0.500 nd
    Carbon Tetrachloride 2 0.500 nd
    Benzene 1 0.500 nd
    1,2 Dichloroethane 2 0.500 nd
    Trichloroethene 1 0.500 nd
    1,2 Dichloropropane 5 0.500 nd
    Bromodichloromethane 0.500 nd
    Dibromomethane 0.500 nd
    cis-1,3 Dichloropropene 0.500 nd
    Toluene 1000 0.500 nd
    trans-1,3 Dichloropropene 0.500 nd
    1,1,2 Trichloroethane 3 0.500 nd
    Tetrachloroethene 1 0.500 nd
    1,3 Dichloropropane 0.500 nd
    Dibromochloromethane 0.500 nd
    1,2 Dibromomethane 0.500 nd
    Chlorobenzene 50 0.500 nd
    Ethylbenzene 700 0.500 nd
    1,1,1,2 Tetrachloroethane 1 0.500 nd
    m,p-Xylene 0.500 nd
    o-Xylene 0.500 nd
    Styrene 100 0.500 nd
    Methyl Tertiary Butyl Ether (MTBE) 70 0.500 nd
    Isopropylbenzene 0.500 nd
    Bromoform 0.500 nd
    1,1,2,2 Tetrachloroethane 1 0.500 nd
    1,2,3 Trichloropropane 0.500 nd
    n-Propylbenzene 0.500 nd
    Bromobenzene 0.500 nd
    1,3,5 Trimethylbenzene 0.500 nd
    __________________________________________________________________
    Page 3-2

    Parameter/Method MCL MDL Result
    VOC/EPA 524.2 (ug/L) (ug/L) (ug/L)
    __________________________________________________________________

    Chlorotoluene-2 0.500 nd
    Chlorotoluene-4 0.500 nd
    tert-Butylbenzene 0.500 nd
    1,2,4 Trimethylbenzene 0.500 nd
    sec-Butylbenzene 0.500 nd
    p-Isopropyltoluene 0.500 nd
    1,3 Dichlorobenzene 600 0.500 nd
    1,4 Dichlorobenzene 75 0.500 nd
    n-Butylbenzene 0.500 nd
    1,2 Dichlorobenzene 600 0.500 nd
    1,2 Dibromo-3-Chloropropane 0.500 nd
    1,2,4 Trichlorobenzene 9 0.500 nd
    Hexachlorobutadione 0.500 nd
    Naphthalene 300 0.500 nd
    Hexane 0.500 2.69ppb
    1,2,3 Trichlorobenzene 0.500 nd
    Total Xylenes 1000 0.500 nd
    __________________________________________________________________
    MCL = Maximum Contaminant Level MDL = Minimum Detection Level
    nd = none detected ug/L = ppb (parts per billion) ** = Exceeds USEPA limits

  6. Now July 6th. We have made about 3 trips to collect water. Still great and we built up a large supply of glass jugs, car boys, wine bottles, etc. Bought a Berkey thinking we could save a little time/gas driving to get water but although the Berkey water is good and makes a huge difference (especially since we are using the fluoride filters, Bad Washington) we have decided that the trip is worth it and we will only use the Berkey as backup between trips.

  7. Been to this spring a couple of times in the past few weeks. It is absolutely Delicious!! I generally fill about 12 regular green wine bottles and four Magnum green wine bottles and that lasts us for the week. I'm going to find a glass car boy soon so I won't have to come back on a weekly basis, but it's a pretty drive and definitely worth it!

  8. Went to the spring today 5/16/2010 for the first time. Water tasted different from the tap but I soon got used to it. My wife and I drank it all day long as we spent the day at the beach. We picked up about 15 gallons to take home with us and plan on enjoying the fresh water for the next few weeks and hope to go back for more when we run out. The eastern faucet did not have a handle so I suggest anyone going to bring a leatherman tool or regular wrench just in case someone tightens down the faucet too much. Very easy to find and you will see the blue “Drinking Water” sign just past the 30 mile marker sign and the springs are closer to the 29 mile marker. So far so good, I will post again if my opinion changes about the water but for now I say it is great!

  9. I fill 4 5 gallon jugs every 3 weeks at this spring. Have been doing this for over 3 years now. This is the BEST spring water I have tasted. It makes the best Tea and coffee and I cook w/ it exclusively.

      1. Gloria,
        I store three carboys full of water for a few weeks at a time.  I think there are two main concerns.  The first is that you want to try to keep it as cool as possible.  Not always easy in the summer, but doesn’t have to be refrigerated or anything.  The second is sunlight.  If there were anything in there that could grow, it would need a little heat and sunlight to do so.  So keep it cool and shaded, and you should be fine for a while.  If you keep it for long periods of time, just give it a quick sniff test and that should tell you what you need to know…

    1. Hi Cindy,

      If the Spout is vandalized, cannot you use the water flowing out of the white pipe located to the right? That water is the same water coming out of the spout correct?

    2. Storing water for 3 weeks is no problem as long as you do it properly. Keep it away from light, and heat. Just store it in a 5 gallon jug and put it in the closet in an air conditioned house.

  10. On the east spring faucet you can see the spring head about 15 yards from the spigot. I have not found the spring from the western faucet, but it may be piped from the same source. Since the eastern faucet is closer to the source (and uphill side of the highway), this is the one I choose to fill from. If coming from Portland, the spring is 11 miles from the nearby tunnel and 6 miles from the Washington county line.

How to Collect Spring Water

Drinking pure spring water is one of the most important things we can do for our health. Our bodies are over 99% water at the molecular level, so water affects every aspect of our biology. Yet, not all water is created equal. Almost all the bottled spring water available is pasteurized for shelf stability, which neutralizes many of the powerful health benefits such as increased hydrogen, healthy probiotics, and crystalline structure. For more about why unprocessed spring water is the best water to drink, read this.

The best way to guarantee you are getting real unprocessed spring water is to collect it yourself. This is a short and simple guide filled with information about how to gather spring water. We will cover how to find a spring, how to collect the water, how to honor the spring, how to store the water properly and other tips.

FindASpring.org is the best resource for locating a spring near you. However, not all springs are on the map. First, check the map to see if there is a spring in your local area. If there is, look at the reviews and comments. Has anyone shared helpful information about flow rate or posted a water test result? Is the spring in a pristine area? Do a bit of research and make sure the spring is safe to drink from. If you have any doubt about the purity, don’t risk it and get a water test, HERE. If you don’t see a spring on the map in your area, there still might be some that aren’t listed yet. First, ask the older generation who have lived in your area a long time if they know. You can also ask people in your community who might already get spring water such as people at a health food store or at a farmers market. Another great option is to view A US forest service map, where many springs have been marked. You can view these maps through the Gaia GPS or All Trails hiking apps on your phone. The map overlay you want is USGS Topo. Not all are easily accessible or ideal for drinking, but some are and it can be a fun adventure to find them. We have found over half a dozen great springs this way.

Once you’ve found your spring, figure out how you are going to gather the water. Is it right on the side of the road and easy to access or do you have to hike to it? We recommend storing spring water in glass instead of plastic to preserve the purity of the water. It is better for the environment, your body, and the water. Even BPA free plastic has toxic chemicals that can leach into water and cause health issues. If you do want to use plastic for safety reasons when filling at the spring, we recommend transferring the water to glass as soon as possible. FindASpring is sponsored by Alive Waters, which offers beautiful reusable glass. They have a 2.5 gallon option, which is a convenient size for carrying that isn’t too heavy. They also sell handles that you can use to transport the jugs even more easily. If you have to hike to access the spring, we recommend putting the water jugs into an extra large backpack to hike the water out with ease. We use Osprey packs that hold 2 jugs each. You can also use a wheelbarrow or even a stroller depending on how easy a walk it is.

Filling 2.5 Gallon Alive Waters Jug

When you get to the spring, remember to first give back before you take. Springs are considered sacred in indigenous cultures around the world for their life giving water and also as a connection to the inner earth. A powerful and simple way to give back is to clean up. Is there any trash that needs to be collected? Could you move any dead leaves or sticks to improve the flow rate? Show up in service. Some other wonderful ways to give is with a moment of expressing verbal gratitude, singing songs to the water, offering the water an ethically sourced crystal, a feather, or some other physical gift. Flowers are a popular and beautiful thing to offer, but please be careful to source organic ones as most flowers from the store are sprayed with pesticides and can be toxic to put near a spring. Also, flowers can attract bugs as they decay, so it can be best to offer them to the flowing water directly or a little downstream from the spring head.

When gathering the water, fill the jug as close to the spring head as possible, never gather downstream. Be very careful as wet glass is extremely slippery. Make sure the lid is securely fastened. When transporting the spring water home, the jugs can sometimes slide around the car. Secure them in place or wrap them with towels or something so they don’t crash into each other.

How you store your spring water is essential. It is not pasteurized like spring water from the store, so it will start growing algae if left in direct sunlight. This is good because it means it’s alive! If the water you drink can’t even support the most basic life forms, how do you think it will support your body? Store your water in a cool, dark place such as a dark corner, pantry or closet. The fridge is ideal if you have room. Some people prefer to filter their water through a Berkey filter before drinking, but if the spring is pure, it’s not necessary. We drink our spring water completely unfiltered.

How long the water stays good for depends on how cold a temperature it’s stored at. Spring water is best fresh. We personally do not prefer to drink spring water past 2 weeks old. However, we know other people that will drink it at a month old. It’s great to get in a rhythm where you know how long the water lasts you and put your collection day on the calendar in advance.

I believe that water is calling us to reconnect with her in the deepest way, to gather our own water. Just like our ancestors did. Our ancestors didn’t have fancy water machines. They also didn’t create villages or settle where there was no water. Water was revered as the center of the community and the nodal point around which life could spiral out and take root.

Here’s to restoring the sacred connection with the waters of life.

US Find A Spring members can get a 15% discount at WaterCheck.com use coupon code COMMUNITY

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